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18GHz Receiver SIP test fixture

Now: Products > 18GHz Receiver SIP test fixture

Name: 18GHz Receiver SIP test fixtureDescription:

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FTS0142P: 6~18GHz Receiver Module Test Fixture - Product Details

FTS0142P: 6~18GHz Receiver Module Test Fixture

This fixture provides a high-precision, multi-channel, wide-temperature test solution for high-performance SIP receiver modules, meeting stringent requirements for R&D verification and production testing.

Wide Temperature Test (-55°C~+85°C) 4-Channel Amplitude/Phase Consistency 5 RF Interfaces SIP Module Adaptation High-Reliability Structure

Product Highlights

  • Harsh Environment Adaptability

    Designed for -55°C to +85°C high/low temperature test environments, supporting both "open cover field adjustment debugging" and "enclosed test" modes. External structural kits provide mechanical reinforcement, ensuring test stability and reliability under extreme conditions.

  • Excellent RF Performance & Consistency

    Provides outstanding RF performance across the 6-18GHz wide bandwidth: VSWR ≤1.2, Insertion Loss ≤0.5dB, Gain Flatness ≤±0.15dB. Ensures excellent 4-channel amplitude consistency (≤±0.5dB) and phase consistency (≤5°), providing an accurate evaluation basis for multi-channel coherent systems.

  • Complete Interface & Connectivity Support

    Includes 5 RF interfaces and complete 37-pin low-frequency connectors, providing full-functional access for power, control signals, and RF signals, seamlessly connecting SIP modules with external test systems.

  • High Stability & Reliability Design

    Amplitude stability ≤0.5dB, phase stability ≤2°. Operating temperature -40℃~+55℃, storage temperature -55℃~+85℃. Robust mechanical structure and precise contact design ensure long-term test repeatability and reliability, suitable for reliability verification such as temperature cycling.

Parameter Overview

Below are the key performance indicators and specifications of the FTS0142P test fixture, designed specifically to meet the testing requirements of 6~18GHz receiver modules (SIP package).

Parameter Category Parameter Value / Description
Adapted Module/Technical Standard 6~18GHz Receiver Module
RF Frequency Range ≤ 6 ~ 18 GHz
Voltage Standing Wave Ratio (VSWR) ≤ 1.2
Insertion Loss ≤ 0.5 dB
Gain Flatness ≤ ±0.15 dB
4-Channel Amplitude Consistency ≤ ±0.5 dB
4-Channel Phase Consistency ≤ 5°
Amplitude Stability ≤ 0.5 dB
Phase Stability ≤ 2°
Operating Temperature -40℃ ~ +55℃
Storage Temperature -55℃ ~ +85℃
Interface Configuration 5 RF Interfaces + 37 Pin Low-Frequency Connector (J30J-37ZKW)
Development Cycle 1 Month
Design Output 1 Set of SOKECT Test Kit, includes "Test Report"

Advantages

The FTS0142P test fixture provides the following professional solutions to address the testing challenges of SIP-packaged receiver modules.

Flexible Test Modes & High Compatibility

The unique structural design supports both "open cover field adjustment debugging" and "enclosed test" environments. Users can flexibly choose test modes based on different stages of R&D or production. External mechanical reinforcement kits ensure stable connections, preventing measurement errors caused by mechanical stress.

The fixture strictly follows the pin definitions (Pinmap) and dimensions of SIP modules, ensuring physical and electrical compatibility with the device under test. It supports knob-type and flip-top installation, greatly improving test convenience and efficiency.

Optimized for Multi-Channel System Verification

Within the wide 6-18GHz frequency band, strict control of amplitude and phase consistency (≤±0.5dB, ≤5°) and excellent stability (amplitude ≤0.5dB, phase ≤2°) between channels is crucial for performance evaluation and calibration of multi-channel receiving systems such as phased array radar and electronic reconnaissance.

The low VSWR and insertion loss design minimizes the impact of the fixture itself on the test system, ensuring the true performance of the tested module is accurately reflected, providing reliable data support for R&D debugging and mass production screening.

Application Scenarios

  • Channel consistency testing and calibration of T/R components or receiving sub-arrays in phased array radar
  • R&D verification of 6~18GHz receiver modules in wideband electronic reconnaissance and countermeasure equipment
  • Reliability verification and characteristic analysis of SIP-packaged receiver modules in high/low temperature environments (-55℃~+85℃)
  • Rapid and consistent screening tests of RF performance and digital functions for multi-channel receiver modules in production lines
  • Performance testing and fault diagnosis of high-frequency receiver front-ends in satellite communications, microwave relay, and other systems
  • Research and evaluation of high-performance SIP module architecture, integration processes, and testing methods in research institutions
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